Citera’s Post

🌍 Happy World Population Day 2024! 🌍 Today, we celebrate the power of communities and how to sustainably improve their well-being. With the current extreme heat waves experienced in Canada and other parts of the world, we must address the urgent need for sustainable solutions. Did you know that retrofitting existing buildings can significantly reduce carbon emissions, which impact how much of the sun’s heat reaches the earth? Here’s how: • 🌎 Impact: Buildings account for 13% of energy-related carbon emissions in Canada compared to 39% worldwide. Focusing on existing structures is essential as the majority of buildings in Canada today will still be standing in 2050. • 🏗️Deep retrofits: The amount of carbon emitted to upgrade existing buildings into high performing buildings is up to 75% less than carbon released in the process of constructing new buildings from the ground up. High performing buildings also require less energy for cooling and heating. • 🌿 Climate Resilience: Retrofitting not only reduces carbon emissions but also makes buildings more resilient to climate-related risks, such as extreme temperatures and increased incidence and intensity of wildfires experienced in Canada. This benefits vulnerable populations, ensuring their survival and well-being. • Cooling Efficiency: Retrofitted buildings are better equipped to handle heat. Improved insulation, energy-efficient windows, and reflective roofing keep indoor temperatures manageable. • Health Benefits: Since properly retrofitted structures enhance indoor air quality, this reduces the risk of heat-related illnesses, especially for vulnerable populations like the elderly and children. Remember, investing in retrofitting isn’t just about energy savings—it’s about our survival. Let’s prioritize sustainable solutions in Canada! 🏠🌿 Read about ReCover’s deep retrofit analysis of six municipal buildings in Nova Scotia: https://lnkd.in/ea64-hSM #TheReCoverInitiative #WorldPopulationDay2024  #ClimateAction #SustainableLiving #EnergyEfficiency

🏡 Why Choose a Net Zero Home? Here’s Everything You Need to Know! 🌞 1. Energy Independence 🌍  A Net Zero Home is designed to produce as much energy as it consumes through on-site renewable energy systems, like solar panels, and cutting-edge energy-efficient construction. This means you can enjoy significantly lower utility bills all year round—no more worrying about skyrocketing energy prices! ⚡💰 2. Advanced Insulation and Comfort 🪟  With high-performance windows, super-insulated walls, and a tightly sealed building envelope, Net Zero Homes maintain a comfortable indoor temperature across all seasons. These homes keep the warmth in during the winter and the heat out in the summer, reducing the need for constant heating or cooling. 🌡️ 3. Built to Last 🧱  Net Zero Homes are constructed with higher durability standards than conventional builds. Enhanced materials and construction techniques mean your home will stand strong against wear and tear over time, lowering maintenance costs and ensuring a comfortable, cozy, and sturdy home environment. 🔨 4. Better Air Quality 🌬️  Enjoy cleaner, fresher air indoors thanks to the advanced ventilation systems often found in Net Zero Homes. These systems reduce indoor pollutants and allergens, creating a healthier environment for you and your family. 🌱 5. Environmentally Friendly 🌲  Net Zero Homes drastically reduce your carbon footprint, contributing to a greener, more sustainable future. Living in a Net Zero Home is one of the most impactful choices you can make for the planet! Start experiencing the future of housing and enjoy long-term peace of mind with a Net Zero Home! 🌞 #NetZeroLiving #EnergyEfficientHomes #SustainableLiving #PrinceGeorge #Quesnel #DawsonCreek #FortStJohn

This preliminary report shows that it is possible to add contemporary energy infrastructure to existing historic buildings, it just takes some serious consideration of the setting https://lnkd.in/eURNEgUZ

The Greater Montreal Climate Fund and SOFIAC join forces to accelerate the decarbonization of buildings. SOFIAC and the Greater Montreal Climate Fund announce their collaboration to enhance the energy transition of commercial, industrial and multi-residential buildings. In a context where standards for the decarbonization of buildings are expected to evolve rapidly, SOFIAC and the Climate Fund are pooling their strengths to simplify the procedures for companies wishing to begin this process. The two organizations will pool their offerings and expertise to increase deep energy retrofits in Greater Montreal. This collaboration will benefit businesses and homeowners looking to reduce their energy consumption and carbon footprint by offering them turnkey support for their major project, without any capital outlay on their part. The partnership will also facilitate investments in energy-efficient projects that generate a positive impact on both the financial and environmental levels.

To reach net zero emissions in Canada by 2050, it is necessary to retrofit 600,000 homes each year. 80 per cent of the buildings that will exist in 2050 are already built. This is why I created Ontoly Carbon.

A lot of news in the last 24 hours related to the green buildings Sector, from Europe and from the federal government: 🗺 Yesterday, a partnership between France and Canada for the climate and the environment – 2024-2027 was signed and it includes the decarbonization of the building sector: "France and Canada recognize the importance of transitioning to a zero-emission, energy-efficient global real property and building sector that is resilient to climate change by 2050 in order to achieve the objectives of the Paris Agreement. France and Canada will expand their exchange of best practices on sustainable building practices and energy efficiency in buildings, and to work together to secure the commitment of other countries to national strategies for decarbonizing the real estate sector (including strengthening the adaptation of real estate to climate change)" https://lnkd.in/g3PbZBQ5 🌍 The European Energy Performance Building Directive is finally adopted by the Council and now, needs to be implemented in each of the 27 countries https://lnkd.in/gJStzJTm 🏗 Canada's Housing Plan that includes more than $900 million for energy abordability and energy efficiency programs: https://lnkd.in/gjXJSUyV More analysis from CAGBC | Canada Green Building Council on the plan shortly // Beaucoup de nouvelles au cours des dernières 24 heures pour le secteur du bâtiment durable 🗺 Hier, le Canada et la France ont signé un partenariat sur le climat et l'environnement – 2024-2027 qui inclus la décarbonation des bâtiments: "La France et le Canada reconnaissent l’importance de la transition vers un secteur mondial de l’immobilier et du bâtiment à zéro émission, efficace énergétiquement et résilient aux changements climatiques d’ici 2050 pour la réussite des objectifs de l’Accord de Paris. La France et le Canada développeront leurs échanges de bonnes pratiques sur la construction durable et l’efficacité énergétique des bâtiments, et à œuvrer ensemble pour obtenir l’engagement d’autres pays pour des stratégies nationales de décarbonation du secteur de l’immobilier (y compris le renforcement de l’adaptation de l’immobilier au changement climatique)" https://lnkd.in/g3PbZBQ5 🌍 La directive européenne sur la performance énergétique des bâtiments a été adoptée par le Conseil européen et maintenant doit être mise en oeuvre au niveau national https://lnkd.in/gv5WHFCt 🏗 Enfin, le plan du Canada sur le logement a été rendu public et inclus un investissement de plus de $900 million dans des programmes pour l'efficacité énergétique et réduire les couts de l'énergie: https://lnkd.in/gFMUWzme Plus d'infos du CBDCA à ce sujet très prochainement

🌐 Queen Mary University of London with new approach to sustainability! The university's refurbishment of the Joseph Priestley Building introduces an innovative way to reuse heat generated from its data centre. By transforming waste heat into hot water, they're not just cutting down on energy consumption but significantly reducing their carbon footprint too . This forward-thinking method allows the water to reach temperatures of up to 167°F, seamlessly feeding into the campus' heating system. It's a game-changer , not only boosting the efficiency of their data centre but actively decreasing reliance on traditional gas boilers and slashing CO2 emissions. Queen Mary's initiative begs the question: Can more businesses repurpose excess heat from their server rooms? Not only is it environmentally responsible, but it also paves the way for cost savings and enhanced energy security. #Sustainability #DataCentre #DataCenter

By incorporating green building principles into PMAY-U, India can not only address housing needs but also contribute to climate mitigation and adaptation. #PMAY https://lnkd.in/gRyz_tcn

A Surrey care home was tasked with the challenge of slashing carbon emissions by 20% whilst ensuring an ample supply of hot water for its 72 rooms and 123 residents. Rinnai's Design Team proffered three solutions: the gas-powered H1 system, the hybrid H2 system, and the all-electric H3 system. Following meticulous evaluation, the H1 emerged as the most cost-effective at £52,806.30, trailed by the H2 at £56,745.84, and the H3 at £149,666.32. Each option substantially curtailed carbon emissions, with the H3 achieving the highest reduction at 67.5%. Opting for the H2 system, the care home achieved emissions cuts of over 20% and diminished initial and operational costs by 21.7% and 62.1% respectively, compared to the H3. Rinnai's comprehensive reports assist UK customers in making well-informed decisions, bolstering decarbonisation endeavours. . . Join us in accelerating change! Visit net-zeroclub.co.uk to explore sustainable solutions. . . #carehome #carbonemissions #energyefficiency

Glass facades may look sleek and modern, but are they worth the environmental cost? According to recent research, these buildings trap heat and contribute to high energy consumption and carbon emissions. In fact, some experts are calling them a "climate crime." What's even more concerning is that these buildings often receive high sustainability ratings, despite their negative impact on the environment. In India, where a significant amount of electricity is still generated from coal, the use of air conditioning in these buildings contributes to high carbon emissions that will impact the environment for hundreds of years. It's time to rethink our approach to building certifications. Rather than setting a maximum acceptable energy consumption and giving higher ratings to buildings that stay below this level, we should establish a minimum energy standard. Buildings that meet or come closest to this standard should receive the highest ratings. Let's work towards a more sustainable future by reducing our carbon footprint and making conscious choices for the environment. #Sustainability #ClimateChange #EnergyEfficiency